IMA, a Spanish company specialising in the production of magnetic materials for industrial applications, has once again chosen the Flexa Miura automatic cutter, confirming its trust in a technology that delivers precise cutting and consistent performance over time.
Every day, IMA processes magnetic rubber rolls, a material that demands extreme precision and perfectly clean cuts. For this reason, selecting the right industrial cutting solution is critical: precision, reliability, and durability are essential to maintain high-quality results throughout the entire production process.
Before adopting the Miura, IMA relied on manual cutting, a time-consuming process prone to human error and material waste.
“In 2017 we installed our first Miura automatic cutter for cutting magnetic rubber,” says Ricardo Altimira, owner of IMA. “From the very beginning, the results were excellent, with cutting precision beyond expectations and smooth, trouble-free operation.”

After years of flawless performance, IMA decided to invest again in Miura technology in 2025.
“The Miura is precise, requires virtually no maintenance, and saves us valuable time. The new model installed in 2025 is even more powerful and can cut thicker materials, further expanding our production capabilities.”
This second investment reinforces IMA's confidence in Flexa's engineering excellence and the machine's ability to adapt to evolving production needs.
Since introducing Miura as industrial cutter for magnetic rubber, IMA has significantly:
“I would recommend it to anyone looking for an easy-to-use, accurate, and reliable machine. In three words? Good, simple, reliable.”

IMA chose Flexa for its strong reputation in industrial cutting solutions and the proven quality and durability of its equipment. The Miura automatic cutter stands out for its robust design, cutting precision, and low maintenance, guaranteeing long-term performance and reliability.
Discover more about the automatic XY cutter Miura
Visit the page on the automatic cutting machines for flexible materials